Conference Speakers

Tony De La Hoz

Process & Product Development Engineer, Hills Inc.

BIOGRAPHY

Mechanical Engineer with knowledge of polymer chemistry, textile processing and nonwoven products.  More than 25 years working in the Textile/Nonwoven Industry with Involvement in multiple steps of the textile/chemical chain from polymerization to final product. Joined Hills Inc, in USA in the year of 2000 as a Sales & Process Engineer. Mainly responsible for new process/product developments from basic conceptual R&D works to large scale production. Heavily involved in the development of High Loft Spunlaid technology and applications for the last 5 years.

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The Role of Biocomponent Extrusion on Sustainability

We are witnessing a significant surge in developmental efforts within the nonwovens sector aimed at crafting the next generation of materials. This momentum spans various segments of the industry, including hygiene, medical, filtration, apparel, furniture, acoustics, insulation, and more. Amidst this fervor for innovation, it is crucial to recognize that sustainability has emerged as the primary driving force propelling technology and materials forward.

In light of this paradigm shift, let us contemplate the implications of integrating bicomponent extrusion capabilities. This advancement not only facilitates the introduction of sustainable solutions or materials to the market but also enhances value proposition. By leveraging bicomponent extrusion, we can elevate innovation to unprecedented levels, augmenting product performance, durability, and efficiency. Furthermore, this technology holds the promise of reducing carbon footprints, conserving energy, and boosting production rates, thereby reshaping the landscape of the industry—a true game changer.

It is imperative to acknowledge that with the incorporation of bicomponent extrusion, the conventional approach to polymer utilization undergoes a fundamental transformation. Rather than viewing polymers in isolation, it becomes imperative to comprehend the synergistic potential inherent in combining distinct materials through bicomponent extrusion.

As a foremost authority in multicomponent extrusion technology, Hills takes pride in contributing to this pivotal juncture in history, where sustainability ascends to the forefront of industry priorities.